DE212020000392U1 - Environmentally friendly treatment device for garden waste - Google Patents

Abstract

Environmentally friendly treatment device for garden waste, comprising a recovery box (1), a first crusher (2), a second crusher (3) and an auxiliary material machine (4), the first crusher (2), the second crusher (3) and the auxiliary material machine ( 4) are each arranged inside the recovery box (1), and a dust extraction pump (5) is arranged on one side of the outer wall of the recovery box (1), while a feed opening (6) is arranged on another side of the outer wall of the recovery box (1) is arranged, and wherein the dust suction pump (5) is connected to the first crusher (2), and wherein the feed opening (6) is connected to the auxiliary material machine (4), and wherein at the top of the recovery box (1) a discharge funnel (7) is arranged, which is connected to the second crusher (3), and wherein inside the recovery box (1) a mixing drum (8) and discharge funnel (9), which are movably connected, ange are arranged, and wherein the discharge hopper (9), the first crusher (2), the second crusher (3) and the auxiliary material machine (4) are each connected to the mixing drum (8), and wherein on the outside of the recovery box (1) a movably connected vacuum funnel (10) is arranged, and wherein the vacuum funnel (10) is connected to the dust suction pump (5) by a vacuum tube (11), and wherein inside the recovery box (1) a cylinder (12) on one of the vacuum funnels (10) facing side, and wherein the cylinder (12) is movably connected to the vacuum funnel (10) by a connecting rod (13), and wherein the connecting rod (13) is movably connected to the recovery box (1), and wherein inside the mixing drum (8) a rotatably connected mixing rod (14) is arranged, and wherein inside the recovery box (1) a servomotor (15) is arranged, and wherein the output shaft of the servomot ors (15) is firmly connected to the mixing rod (14), and wherein a plurality of mixing support rods (16) are arranged on the outer wall of the mixing rod (14), and wherein a plurality of blades (17) are arranged on the outer wall of the mixing support rod (16).

Description

TECHNICAL AREA

The present utility model relates to the technical field of garden waste, in particular an environmentally friendly treatment device for garden waste.

STATE OF THE ART

Garden litter is also known as green litter or garden plant waste, and it mainly refers to plant debris that results from natural fall of garden plants or artificial pruning, including leaves, grass clippings, tree and shrub cuttings, etc. The main component of garden litter is wood fiber. With the continuous increase in urban green space, the amount of garden plant waste is increasing. If treated arbitrarily, not only does it affect the city's image, but it can also cause pollution. However, if this green waste is converted into natural fertilizers that can be reabsorbed and used by the trees, a natural cycle can be formed and the rate of utilization of ecological resources can be improved.

However, prior to fertilizer conversion treatment of garden waste, a large amount of manual cleaning is currently required to transport it to the fertilizer conversion shed for processing and treatment, with poor efficiency.

CONTENTS OF THE PRESENT USED MODEL

It is an aim of the present utility model to provide an environmentally friendly treatment device for garden waste in order to solve the problems of the prior art.

To solve the above technical problems, the present utility model uses the following technical solution: an environmentally friendly garden garbage treatment device comprising a recovery box, a first crusher, a second crusher and an auxiliary material machine, the first crusher, the second crusher and the auxiliary material machine, respectively are arranged inside the recovery box, and wherein a dust extraction pump is arranged on one side of the outer wall of the recovery box, while a feed opening is arranged on another side of the outer wall of the recovery box, and wherein the dust extraction pump is connected to the first crusher, and wherein the feed opening is connected to the auxiliary material machine, and wherein at the top of the recovery box a discharge hopper is arranged, which is connected to the second crusher, and wherein inside the recovery box a mixing drum and discharge hoppers, di e are movably connected, are arranged, and wherein the discharge hopper, the first crusher, the second crusher and the auxiliary material machine are each connected to the mixing drum, and wherein a movably connected vacuum funnel is arranged on the outside of the recovery box, and wherein the vacuum funnel through a Vacuum suction pipe is connected to the dust suction pump, and wherein inside the recovery box a cylinder is arranged on a side facing the vacuum suction funnel, and wherein the cylinder is movably connected by a connecting rod to the vacuum suction funnel, and wherein the connecting rod is movably connected to the recovery box, and wherein a rotatably connected mixing rod is arranged inside the mixing drum, and wherein a servomotor is arranged inside the recovery box, and wherein the output shaft of the servomotor is fixedly connected to the mixing rod, and wherein on the Au A plurality of mixing support rods are arranged on the outer wall of the mixing rod, and a plurality of blades are arranged on the outer wall of the mixing support rod.

Preferably, the cylinder is provided at one end of the piston rod with a push rod which is firmly connected to one end of the connecting rod, the cylinder is started and drives the push rod to move, the push rod drives the connecting rod to move in order to realize that the cylinder controls the movement of the connecting rod.

A movable hole adapted to the connecting rod is preferably provided on the outer wall of the recovery box in order to ensure that the connecting rod can move.

Preferably, a plurality of universal wheels are arranged on the bottom of the recovery box, with a first handle being arranged on a side of the outer wall of the recovery box facing away from the vacuum funnel; using the first handle, the recovery box is moved to a required position by the universal wheels in order to move the recovery box easy and quick to control.

Preferably, one end of the discharge hopper extends to the outside of the recovery box, at which end a second handle is located using the second handle the movement of the discharge hopper is controlled comfortably and quickly.

Preferably the vacuum tube is a telescopic hose to ensure that movement of the vacuum funnel is not prevented.

Preferably, the servomotor is firmly connected to the recovery box by the fixed rod in order to ensure normal operation of the servomotor.

A size reduction roller is preferably arranged in the interior of the first crusher and the second crusher in order to reduce the size of the objects in the size reduction machine.

The first crusher, the second crusher and the auxiliary material machine are preferably each connected to the mixing drum by a feed pipe; the materials to be mixed are discharged into the mixing drum through the feed pipe.

The discharge funnel is preferably connected to the mixing drum through the discharge tube, and the mixed materials are discharged into the discharge funnel through the discharge tube.

1. 1. mit der Anordnung des ersten Brechers, des zweiten Brechers, der Hilfsmaterialmaschine, der Mischtrommel, des Entladungstrichters, des Staubsaugtrichters und des Zylinders bei dem vorliegenden Gebrauchsmuster wird der Gartenmüll automatisch zerkleinert und gemischt, so dass der Gartenmüll schnell und effizient in Dünger umgewandelt werden können, um die Verschwendung der menschlichen Ressourcen zu verringern und die Nutzungsrate ökologischer Ressourcen zu erhöhen;
2. 2. mit der Anordnung der Mischstange, des Servomotors, der Mischstützstange und der Klinge bei dem vorliegenden Gebrauchsmuster werden der zerkleinerte Gartenmüll und die Hilfsmaterialien für die Düngerumwandlung vollständig gemischt, durch die Klinge kann das Material während des Mischvorgangs nochmal zerkleinert werden, um das Material gründlicher zu zerkleinern und die Materialumwandlungsrate zu erhöhen.

Advantages:

1. 1. With the arrangement of the first crusher, the second crusher, the auxiliary material machine, the mixing drum, the discharge hopper, the vacuum hopper and the cylinder in the present utility model, the garden garbage is automatically shredded and mixed, so that the garden garbage can be converted into fertilizer quickly and efficiently can to reduce the waste of human resources and increase the rate of use of ecological resources;
2. 2. With the arrangement of the mixing rod, the servo motor, the mixing support rod and the blade in the present utility model, the shredded garden waste and the auxiliary materials for the fertilizer conversion are completely mixed, the material can be shredded again during the mixing process to make the material more thorough to crush and increase the rate of material conversion.

Figure list

• 1 Fig. 13 shows a main view of the entire present utility model.
• 2 Fig. 13 shows a front sectional view of the entire present utility model.
• 3 Figure 13 shows a side sectional view of the entire present utility model.
• 4th Fig. 13 shows a schematic structural view of a discharge hopper of the present utility model.

DETAILED DESCRIPTION

Please refer 1 to 4th , the present utility model provides the following technical solution: an environmentally friendly treatment device for garden waste, comprising a recovery box 1 , a first crusher 2 , a second crusher 3 and an auxiliary material machine 4th , being the first crusher 2 , the second crusher 3 and the auxiliary material machine 4th each inside the recovery box 1 are arranged, and wherein on one side of the outer wall of the recovery box 1 a dust suction pump 5 is arranged while on another side of the outer wall of the recovery box 1 a feed opening 6th is arranged, and wherein the dust extraction pump 5 with the first crusher 2 is connected, and wherein the feed opening 6th with the auxiliary material machine 4th is connected, and being at the top of the recovery box 1 a discharge funnel 7th is arranged, the one with the second crusher 3 connected, and being inside the recovery box 1 a mixing drum 8th and discharge funnel 9 , which are movably connected, are arranged, and wherein the discharge funnel 9 , the first crusher 2 , the second crusher 3 and the auxiliary material machine 4th each with the mixing drum 8th are connected, and being on the outside of the recovery box 1 a movably connected vacuum funnel 10 is arranged, and wherein the vacuum funnel 10 through a vacuum tube 11 with the dust suction pump 5 connected, and being inside the recovery box 1 a cylinder 12th on one of the vacuum funnels 10 facing side is arranged, and wherein the cylinder 12th by a connecting rod 13th with the vacuum funnel 10 is movably connected, and wherein the connecting rod 13th with the recovery box 1 is movably connected.

The cylinder 12th is at one end of the piston rod with a push rod 18th provided with one end of the connecting rod 13th is firmly connected, the cylinder 12th starts and drives the push rod 18th to move, the push rod 18th drives the connecting rod 13th to move to realize that the cylinder 12th the movement of the connecting rod 13th drives.

On the outside wall of the recovery box 1 is one on the tie rod 13th tuned movable hole 19th provided to ensure that the tie rod is up 13th can move.

At the bottom of the recovery box 1 are several universal wheels 20th arranged, with one on the vacuum funnel 10 facing away from the outer wall of the recovery box 1 a first grip 21 is arranged using the first handle 21 is made possible by the universal wheels 20th the recovery box 1 moved to a required position to accommodate the movement of the recovery box 1 easy and quick to control.

One end of the discharge hopper 9 extends to the outside of the recovery box 1 , with a second handle at this end 22nd is arranged using the second handle 22nd becomes the movement of the discharge hopper 9 conveniently and quickly controlled.

The vacuum pipe 11 is a telescopic hose to ensure the movement of the vacuum hopper 10 is not prevented.

Inside the first crusher 2 and the second crusher 3 a shredding roller is arranged in each case in order to reduce the size of the objects in the shredding machine.

The first crusher 2 , the second crusher 3 and the auxiliary material machine 4th are each through a feed pipe to the mixing drum 8th connected, the materials to be mixed are fed into the mixing drum through the feed pipe 8th discharged.

The discharge funnel 9 is through the discharge tube with the mixing drum 8th connected, through the discharge tube, the mixed materials are discharged into the discharge hopper 9 discharged.

The detailed embodiment is as follows: when using the cylinder first 12th started the cylinder 12th drives the connecting rod 13th to move on, the connecting rod 13th drives the vacuum funnel 10 to move on, making the vacuum funnel 10 Performs a plane rotation and vacuuming to increase the rate of absorption of garden litter, then the dust extractor pump 5 started the dust extraction pump 5 sucks through the vacuum funnel 10 the garden litter with a small volume on the ground through the vacuum tube 11 the garden rubbish with a small volume gets into the first crusher 2 led away, the first crusher 2 shreds the small garden garbage, then the garden garbage with a large volume goes into the discharge funnel 7th placed, this then enters the second crusher 3 one, and the second crusher 3 crushes the large garden garbage, the garden garbage of different volume is crushed separately to improve crushing efficiency and extend the life of the crusher after the first crusher 2 and the second crusher 3 Once the shredding is completed, the shredded garden litter is put into the mixer drum 8th removed, then the auxiliary materials for the fertilizer conversion are in the auxiliary material machine 4th also into the mixing drum 8th discharged, and the crushed garden garbage and the auxiliary materials are completely mixed to improve the efficiency of converting the garden garbage to the fertilizer, the mixed materials are put into the discharge hopper 9 discharged and at the end from the discharge hopper 9 discharged when the auxiliary materials in the auxiliary material machine 4th insufficient, the materials are fed through the feed opening 6th in the auxiliary material machine 4th fed to guarantee sufficient materials, with the arrangement of the first crusher, the second crusher, the auxiliary material machine, the mixing drum, the discharge hopper, the vacuum hopper and the cylinder, the garden garbage is automatically shredded and mixed, so that the garden garbage is quickly and efficiently converted into fertilizer can be converted to reduce the waste of human resources and increase the rate of use of ecological resources.

Please refer 1 to 2 , the present utility model provides a technical solution: an environmentally friendly treatment device for garden waste, further comprising one inside the mixing drum 8th arranged mixing rod 14th that with the mixing drum 8th is rotatably connected, and being inside the recovery box 1 a servo motor 15th is arranged, and wherein the output shaft of the servo motor 15th with the mixing rod 14th is firmly connected, and being on the outer wall of the mixing rod 14th several mixing support rods 16 are arranged, and wherein on the outer wall of the mixing support rod 16 multiple blades 17th are arranged.

The servo motor 15th is through the solid rod 23 with the recovery box 1 firmly connected to normal operation of the servo motor 15th to ensure.

The detailed embodiment is as follows: When using, after the shredded garden garbage and the auxiliary materials for the fertilizer conversion in the auxiliary material machine 4th into the mixing drum 8th were discharged, the servo motor 15th started and this drives the mixing rod 14th to turn on, the mixing rod 14th drives the mix support rod 16 to rotate, the mixer support rod 16 drives the blade 17th to completely mix the shredded garden garbage and the fertilizer conversion auxiliary materials, and during the mixing process, the garden garbage is shredded again to thoroughly shred the garden garbage and increase the fertilizer conversion rate of the garden garbage.

• siehe 1 bis 4 der Beschreibung, wird mit der Anordnung des ersten Brechers 2, des zweiten Brechers 3, der Hilfsmaterialmaschine 4, der Mischtrommel 8, des Entladungstrichters 9, des Staubsaugtrichters 10 und des Zylinders 12 bei dem vorliegenden Gebrauchsmuster der Gartenmüll automatisch zerkleinert und gemischt, so dass der Gartenmüll schnell und effizient in Dünger umgewandelt werden können, um die Verschwendung der menschlichen Ressourcen zu verringern und die Nutzungsrate ökologischer Ressourcen zu erhöhen;
• siehe weiterhin 1 bis 2 der Beschreibung, werden mit der Anordnung der Mischstange 14, des Servomotors 15, der Mischstützstange 16 und der Klinge 17 bei dem vorliegenden Gebrauchsmuster der zerkleinerte Gartenmüll und die Hilfsmaterialien für die Düngerumwandlung vollständig gemischt, durch die Klinge 17 kann das Material während des Mischvorgangs nochmal zerkleinert werden, um das Material gründlicher zu zerkleinern und die Materialumwandlungsrate zu erhöhen.

The working principle of the present utility model is as follows:

• please refer 1 to 4th of the description, comes with the arrangement of the first crusher 2 , the second crusher 3 , the auxiliary material machine 4th , the mixing drum 8th , the discharge hopper 9 , the vacuum funnel 10 and the cylinder 12th in the present utility model, the garden garbage is automatically crushed and mixed so that the garden garbage can be quickly and efficiently converted into fertilizer to reduce the waste of human resources and to increase the utilization rate of ecological resources;
• see further 1 to 2 of the description, will be with the arrangement of the mixing rod 14th , the servo motor 15th , the mixing support rod 16 and the blade 17th In the present utility model, the shredded garden garbage and the auxiliary materials for the fertilizer conversion are completely mixed by the blade 17th the material can be crushed again during the mixing process in order to crush the material more thoroughly and to increase the material conversion rate.

List of reference symbols

1

Recovery box

2

First crusher

3rd

Second crusher

4th

Auxiliary material machine

5

Dust suction pump

6th

Feed opening

7th

Discharge funnel

8th

Mixing drum

9

Discharge funnel

10

Vacuum funnel

11

Vacuum pipe

12th

cylinder

13th

Connecting rod

14th

Mixing bar

15th

Servo motor

16

Mixing support rod

17th

blade

18th

Push rod

19th

Movable hole

20th

Universal wheel

21

First handle

22nd

Second handle

23

Fixed rod

Claims (10)

Environmentally friendly treatment device for garden waste, comprising a recovery box (1), a first crusher (2), a second crusher (3) and an auxiliary material machine (4), the first crusher (2), the second crusher (3) and the auxiliary material machine ( 4) are each arranged inside the recovery box (1), and a dust extraction pump (5) is arranged on one side of the outer wall of the recovery box (1), while a feed opening (6) is arranged on another side of the outer wall of the recovery box (1) is arranged, and wherein the dust suction pump (5) is connected to the first crusher (2), and wherein the feed opening (6) is connected to the auxiliary material machine (4), and wherein at the top of the recovery box (1) a discharge funnel (7) is arranged, which is connected to the second crusher (3), and wherein inside the recovery box (1) a mixing drum (8) and discharge funnel (9), which are movably connected, ange are arranged, and wherein the discharge hopper (9), the first crusher (2), the second crusher (3) and the auxiliary material machine (4) are each connected to the mixing drum (8), and wherein on the outside of the recovery box (1) a movably connected vacuum funnel (10) is arranged, and wherein the vacuum funnel (10) is connected to the dust suction pump (5) by a vacuum tube (11), and wherein inside the recovery box (1) a cylinder (12) on one of the vacuum funnels (10) facing side, and wherein the cylinder (12) is movably connected to the vacuum funnel (10) by a connecting rod (13), and wherein the connecting rod (13) is movably connected to the recovery box (1), and wherein inside the mixing drum (8) a rotatably connected mixing rod (14) is arranged, and wherein inside the recovery box (1) a servomotor (15) is arranged, and wherein the output shaft of the servomot ors (15) is firmly connected to the mixing rod (14), and wherein a plurality of mixing support rods (16) are arranged on the outer wall of the mixing rod (14), and wherein a plurality of blades (17) are arranged on the outer wall of the mixing support rod (16). Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that the cylinder (12) is provided at one end of the piston rod with a push rod (18) which is firmly connected to one end of the connecting rod (13). Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that a movable hole (19) adapted to the connecting rod (13) is provided on the outer wall of the recovery box (1). Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that several universal wheels (20) are arranged on the bottom of the recovery box (1), a first handle (21) being arranged on a side of the outer wall of the recovery box (1) facing away from the vacuum funnel (10). Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that one end of the discharge hopper (9) extends to the outside of the recovery box (1) and a second handle (22) is arranged at this end. Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that the vacuum tube (11) is a telescopic hose. Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that the servomotor (15) is firmly connected to the recovery box (1) by the fixed rod (23). Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that a shredding roller is arranged in the interior of the first crusher (2) and the second crusher (3). Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that the first crusher (2), the second crusher (3) and the auxiliary material machine (4) are each connected to the mixing drum (8) by a feed pipe. Environmentally friendly treatment device for garden waste according to Claim 1 , characterized in that the discharge hopper (9) is connected to the mixing drum (8) through the discharge pipe.

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